Yokogawa ADV159-P00: High-Performance Digital I/O Modules for Industrial Control Systems
Yokogawa's ADV159-P00 Digital I/O Modules offer unparalleled performance for industrial automation, providing precise control and monitoring capabilities.
Yokogawa’s ADV159-P00 Digital I/O Modules offer unparalleled performance for industrial automation, providing precise control and monitoring capabilities.
Number of Channels:32-input channels
Signal Type:24V DC ON/OFF signals
Isolation:Channels isolated for enhanced safety and performance
Contact Rating:100kΩ OFF, ≤200Ω ON, minimum current 1.25mA
Voltage Input Range:4.5 to 25V DC
Maximum Current Consumption:330mA at 5V DC
Redundant Configuration:Dual redundant setup available for higher system availability
Weight:0.4kg
The YOKOGAWA ADV159-P00 Digital I/O Modules are engineered to provide precise and dependable operation in harsh industrial environments. Each module is equipped with a robust design capable of handling complex signal processing tasks.
With a comprehensive range of 32 channels, these modules cater to a wide variety of input requirements, ensuring seamless integration into diverse control systems. The isolated channels minimize interference, enhancing system reliability.
Featuring dual redundant configurations, the ADV159-P00 modules guarantee continuous operation even under unexpected conditions, providing peace of mind for critical industrial applications.
Contact inputs are meticulously designed to ensure high resistance to OFF signals and low resistance to ON signals, enabling accurate detection of operational states. The voltage inputs are optimized for a broad range of applications, accommodating both OFF and ON signals with precision.
The YOKOGAWA ADV159-P00 Digital I/O Modules come with a delivery time frame of 6-8 weeks, ensuring that customers receive their products promptly without compromising on quality.
Yokogawa's ADV159-P00 Digital I/O Modules offer unparalleled performance for industrial automation, providing precise control and monitoring capabilities.